Home Up ALSI Literature Feedback News Search Contents
 

 

Go To:   Dewatering BagsDewatering Filters; Gravity & Vacuum Filters; Sludge Dryers                                                                                          Up will take you to the Previous Page
      
Paint Sludge

dualpalinwithALSIstickersamalljpg.jpg (7347 bytes)

The ALSI/Palin Consolidation System offers cost effective, automated, continuous paint sludge collection, consolidation, and removal.  ALSI equipment designs are compatible with all suspension/flotation chemical programs.

ALSI design objectives are to optimize scrubber efficiency, reduce disposal costs, and minimize booth downtime for cleaning.

ALSI/Palin system designs have been online since the early 1980’s.   Our track record includes hundreds of installations of all sizes and complexity.

From central systems to satellite booths, ALSI’s high performance sludge processing systems are suitable for any type of wet booth design, single or multiple.  Paint booth recirculating water is kept clean and make up water is minimized.

Click here for ALSI/Palin Consolidation Literature.

Click here for ALSI's Sludge Questionnaire.
 

(1)   Hydraulics Review:  In depth study of system flow characteristics and the impact on equipment sizing.
(2)   Roughing Screen:  Simple, cleanable, large debris removal.
(
3)  Flotation Zone:  Solids loading and mass balance are compared to flotation chemical efficiency.
(4)  Autoweir:  Patented, self-adjusting, solids concentrator is utilized to maximize tank/pit efficiency and minimize consolidator sizing.
(5) Consolidator:  Patented, vertical separation module assists chemical flotation programs.  Automatic, self-cleaning design incorporates durable, reliable components.
(6)    Dewatering: Dewatering Bags,
Checkmark™ Gravity or Vacuum filters
, Checkmark™ Heat of Compression Sludge Dryer, increase dewatering efficiency, facilitating solids removal and minimizing volume.

consolflowdiagram.gif (21181 bytes)

(Links are underlined)

Thanks for visiting Air and Liquid Systems Web Site.